Cable de red Alantec KIF5PVC305Q Cat5e F/UTP (FTP) 305 m gris

Alantec KIF5PVC305Q Cat5e F/UTP (FTP) 305 m Grey is a shielded Ethernet cable designed for structured cabling in offices, data closets and light industrial environments. The cable contains eight colour-coded polyethylene insulated conductors twisted into four pairs with varying lay lengths, a strong nylon rip cord, and a heat-resistant PVC outer jacket. The F/UTP (FTP) shielding reduces external electromagnetic interference for more reliable data transmission and the printed sheath includes a 305-metre marking to simplify measurement during installation.

Advantages

The F/UTP (FTP) construction provides enhanced protection against external interference compared with unshielded cables, improving signal stability in environments with electrical noise. The 305 m length and continuous printed metre marking on the sheath make longer runs and cable management straightforward, while the grey PVC jacket offers basic mechanical protection and visual consistency for horizontal and backbone installations. Colour-coded conductor pairs and a nylon rip cord facilitate faster preparation and termination.

Suitable for

Key specifications

How to use

Measure and cut the required length using the printed metre markings on the sheath to determine remaining cable in the box. Remove the outer PVC jacket carefully using the rip cord and a suitable cable stripper to expose the foil shield and twisted pairs without damaging insulation. Terminate the cable to compatible RJ45 shielded connectors or patch panels following T568A or T568B wiring standards; ensure the foil shield is properly connected to the connector or panel ground to maintain shielding effectiveness. Test each link with a cable tester after installation to verify continuity, pair integrity and performance.

Recommendations

For best results, avoid tight bending or crushing the cable; observe the manufacturer’s minimum bend radius and maintain separation from high-voltage power lines where possible. Use shielded jacks and patch panels and ensure proper grounding of the shield at a single point to prevent ground loops. In environments with higher EMI or future-proofing requirements, consider higher-category shielded cables.